Easwari Engineering College Ramapuram Department of Electrical and Electronics Engineering

Transcription

1 Easwari Engineering College Ramapuram Department of Electrical and Electronics Engineering Academic Year: Pedagogical Initiatives for Effective Teaching Odd Semester S.no Name of the Faculty Topic Methodology Used Target Audiences Date Block diagram reduction techniques Flash cards III yr A sec 13/7/18 1 Dr.E.KALIAPPAN Ph.D Unit- 1 & 2 Quiz III yr A sec 3/8/18 Time response, Root locus, Bode Simulation study using plot and Nyquist Plot MATLAB III yr A sec 11/9/18 2 Dr.K.MALA Ph.D Speed control of steam turbine Model III year A & B 13/07/ Dr.R.KARPAGAM Ph.D 4 Dr.. M.DEVA BRINDA 5 Mr. P. MARISHKUMAR M.Tech (Ph.D) 6 Mrs. D.CHANDRAKALA M.E Classification of nano materials Flip class IV A and B 14/7/2018 Basics concepts on nano materials Quiz IV A and B 29/8/2018 Working animation of targeted drug delivery system Animated videos IV A and B Causes of over voltages Quiz IV A and B 13/7/2018 Voltage multiplier circuits and voltage doubler circuits Insulation Coordination Classification of DC Motors Characteristics of DC Motor Quiz IV A and B 26/7/2018, 27/7/2018 Quiz IV A and B 3/9/2018 Flash cards Flash cards II year Mech A and B II year Mech A and B Transformers, DC machine Quiz II A and B & , & Transformer Demonstration at lab II A and B &

2 7 Mr. K.V. THILAGAR M.E (Ph.D) 8 Mrs. J. LYDIA M.E 9 Mrs. K.A. INDU SAILAJA M.E 10 Mr. P.PUSHPAKARTHICK M.E 11 Mr. V.VIJEESH M.E 12 Ms. B. PONKARTHIKA M.E 13 Mr. G.VIGNESH M.E 14 Mrs.S.P.BABY SHYNELA M.E DC machine starters Demonstration at lab II A and B IGBT construction and working Power Factor Controller model based Simulation & , & III EEE A & B III EEE A & B Coordinate systems Charts II EEE-A-57, , II EEE-B & Formulas in electric field and II EEE-A-57, Flash cards magnetic field II EEE-B Block diagrams of 8259,8251,8279,8237 Flash cards III year A & B Instruction set of 8051 microcontroller Quiz III year A & B Programming of 8085 & 8051 simulation using open source software III year A & B Rectifiers chart based model II YEAR A& B 18/07/2018 Amplifiers NPTEL VIDEOS II YEAR A& B 4/09/2018 Outline about power system analysis Mind Mapping III EEE A & B Power Flow Analysis NPTEL videos III EEE A & B Formulas for fault Analysis Flashcard III EEE A & B Load dispatch problems Problem data took from II EEE-A-57, Southern Region Load II EEE-B-58 Dispatch Centre report 20/9/18 &25/9/18 Supercritical boilers Animated videos II EEE-A-57, II EEE-B-58 4/7/18 & 6/7/18 Energy scenario Mind Mapping II EEE-A-57, II EEE-B-58 2/7/18 & 3/7/18 Measurement of Blood Pressure Model Based IV EEE A /7/2018 Measurement of Heart Rate and Sound Animated videos IV EEE A /7/2018 Blood PH analyser Model Based IV EEE A /7/2018 Measurement of Blood Pressure Model Based IV EEE B 19/7/18 Measurement of Heart Rate and Animated videos IV EEE B 26/7/18

3 15 M.LAVANYA 16 A.SIDDARTHAN 17 S.VIJAYAKUMAR 18 S.SUBASH CHANDRA BHARATHI 19 RAHUL Sound Blood PH analyser Model Based IV EEE B 30/7/18 Time response, Root locus, Bode Simulation study using III year B 18/09/2018 plot and Nyquist Plot MATLAB Unit - 1 & 2 Online Test III year B 11/08/2018 DC circuit breaker, MCCB Model based study IV year A & B 04/09/2018,05/09/2018 Circuit breaker working Animated video IV year A & B 12/09/2018 working of counters and shift animation through registers software II A and B 18/09/2018 Working animation of synchronous machine Animated videos IV year A & B 18/7/2018, Working animation of stepper motor Animated videos IV year A & B 22/08/2018 Working animation of switched reluctance motor Animated videos IV year A & B 06/09/2018 Three phase induction motor - working principle video Animated videos III year A 20/09/2018, 21/09/2018 single phase induction motor - Construction & Working video Animated videos III year A 22/09/2018 S.no Name of the Faculty Academic Year: Pedagogical Initiatives for Effective Teaching Odd Semester Topic Methodology used Target Audiences Date Fabrication of IC Technology Animated videos II B Characteristics & Applications of Op Amp. Quiz II B B.Ponkarthika Online Based simulation 555-Timer II B Study Dielectric breakdown Quiz IV A&B Lightning Surges Quiz IV A&B M.Devabrinda AC and DC Voltage Generation and Quiz IV A&B Measurements 3. J Lydia Electric Field and magnetic field Quiz II A&B

4 Coordinate Systems Chart II A&B G.Vignesh Architecture of 8085 Animation III B K.V.Thilagar MOSFET operation Animation III B Dr.R.Karpagam Various operation of Inverters Power Point Presentation III A P.Puspakarthick BLDC and Synchronous Motor Demo IV A Dr.K.Mala Z Bus Formulation Chart III A Z Bus Formulation Chart III B D.Chandrakala Code Converter Self-Learning Class II A&B Half and Full adders Simulation II A&B M.Padmapriya Fabrication of IC s Animated Videos II A Various interfaces with 8085 Flashcard III A Indhusailaja Block diagram of 8085 Chart, Video III A Even Semester S.no Name of the Faculty Topic Methodology used Target Audiences Date 1. Keerthana R Standing Waves Demo III A Vignesh G Standing Waves Demo III A Indicating Instruments Model Based Teaching I Civil B B.Ponkarthika DC Generator, Motor, Transformer Animated video and Model I Civil B Rectifier Working model I Civil B M.Devabrinda Illumination Quiz IV A&B Electric Traction Quiz IV A&B Welding Quiz IV A&B K.V.Thilagar Slip Power Recovery Scheme Model Based III B J.Lydia DC Motor Chart I IT A&B Induction Motor Videos I IT A&B P.Puspakarthick DC Machines Model I CSE A P.Marishkumar DC Generator, Model, Transfromer Animated Videos I Mech B Solar, wind, tidal Power Plant Animated Videos IV B S.P.BabyShynela Circuit Theorem Chart I Mech A&C DC Generator Animated Video I Mech A&C

5 Automatic load frequency Controller Model III A Dr.K.Mala Automatic load frequency Controller Model III B Transformer and DC Machines Quiz II A&B Transformer and DC Machines Demonstration class II A& B 11. D.Chandrakala Braking of Motor Model II A &B Modelling of ELDC Model III A&B Indhusailaja Prototype and spild model Chart III A& B M.Padmapriya Model of transmission systems Model II A&B Electrical Engineering materials Mind Mapping III B Vijeesh V Transformer Core design Flashcard III B Academic Year: Pedagogical Initiatives for Effective Teaching Odd Semester Sl.No. Subject Code/ Name of the Subject Pedagogical Initiatives Adopted Content Outcome 1. EE6301/Digital Logic Circuits 1. Animation Videos 1. Introduction to Counters Students were able to understand the concept of counters 2. EE6302/Electromagnetic Theory 1. Flash card 1. Coordinate systems Clear idea about the Coordinate system were given 3. EC6202/Electronic Devices and Working of PN junction Diode was 1. Animation Videos 1. PN junction Diodes Circuits clearly understood by the 4. EE6303/Linear Integrated Circuits 1. Animated videos 1. IC Fabrication Steps Animation provides the clear picture and Applications 2. Technical quiz 2. Application of Operational Amplifier of fabrication of IC 5. EE6501/Power System Analysis Step by step procedure of bus 1. Chart based building algorithm to calculate ZBus 1. Building algorithm for Z Bus teaching was clearly understood by the 6. EE6502/Microprocessors and 1. Mind mapping 1. Microprocessor 8085 Overview Clear overview of Microprocessor

6 Microcontrollers 7. ME6701/Power Plant Engineering 1. Animation Videos 1. Thermal Power Plant 2. Nuclear Power Plant 8. EE6503/Power Electronics 1. NPTEL 1. Power Electronics Devices 9. EE6504/Electrical Machines - II 1. Flash Card 2. Mind Mapping 3. EDUSAT 1. Three Phase Induction Motor Construction 2. Single Phase Induction Motor 3. Construction of Synchronous Generator 10. IC6501/Control Systems 1. Flashcard 1. Construction of Bode Plot 11. EE6701/High Voltage Engineering 1. Mind mapping 1. Lightning phenomenon EE6702/Protection and Switchgear EE6703/Special Electrical Machines EI6704/Biomedical Instrumentation GE6081/Fundamentals of Nanoscience 1. Animation Videos 1. Working of Relay 1. Chart 1. Overview of Special Electrical Machines 1. Animated Videos 1. Cardio vascular system 1. Mind mapping 1. Nanostructure materials 8085 was given Process involved in the thermal and nuclear power plant were clearly known to the Overview of all power electronic devices were taught clearly Construction of Synchronous generator and three phase induction motor were taught clearly Procedure for drawing Bode plot was clearly taught Lightning phenomenon was explained in a clear way Working of Relay operation was taught in a better which helps them in doing mini projects All special electrical machines were taught clearly Animation on cardio vascular system gave a better idea about human physiology Types of Nano structural materials were understood by the

7 Even Semester Sl.No. Subject Code/ Name of the Subject Pedagogical Initiatives Adopted Content Outcome 1. EE6201 Circuit Theory 1. Technical Quiz 1. Application of electrical theorems 2. EE6401 Electrical Machines - I 1. NPTEL 1. Magnetic circuits CS6456 Object Oriented Programming EE6402 Transmission and Distribution EE6403 Discrete Time Systems and Signal Processing EE6404 Measurements and Instrumentation EC6651 Communication Engineering 1. Brainstorming 1. Z to A Approach 1. Animation video 2. Simulation 1. Model based teaching 1. Constructors and Destructors 1. Derivation of Cable parameters 1. Sampling theorem 2. Filter design 1. Moving Coil and Moving Iron meters 1. Flashcard 1. Modulation Techniques Students were able to know day to day life application of all circuit theorems NPTEL Video gave a clear idea about magnetic circuits This session improved the thinking ability of the on constructors and destructors Cable parameters derivation was understood clearly by the in step by step manner This gave a clear picture about sampling theorem and design of filters Students were able to understand the inner parts of ammeter and voltmeters Clear picture of modulation techniques was given to the

8 8. EE6602 Embedded Systems 1. Technical Quiz EE6603 Power System Operation and Control EE6604 Design of Electrical Machines 11. EE6002 Power System Transients EE6801 Electric Energy Generation, Utilization and Conservation EE6009 Power Electronics for Renewable Energy Systems GE6075 Professional Ethics in Engineering 1. Simulation 1. Real Time Videos 2. Model based teaching 1. Simulation 2. Animation Videos 1. Recent Embedded processors and Control 1. Load frequency control using MATLAB simulink 1. Methods of transformer cooling 2. DC shunt motor 1. Simulation studies using PSCAD 2. Formation of Lightning 1. Model Based Teaching 1. Solar PV Generation 1. Animation Videos 1. Power Point presentation 1. Solar Power Plant 2. Wind Power Plant 1. Case study on Chernobyl crisis Students were able to know about the recent trends in embedded processor and control Load frequency control of speed governing mechanism was taught through a simulated power system problem Students got the knowledge about the cooling mechanism in transformers Simulation studies helps the to do their final year projects in power system field Generation of power through solar had become familiar with the which help them to do their projects in Solar power generation Process involved in the solar and wind power plant were clearly known to the Students were able to know how to deal with a risk situation in an industry Academic Year: Pedagogical Initiatives for Effective Teaching Odd Semester Sl.No. Subject Code/ Name of the Subject Pedagogical Initiatives Adopted Content Outcome 16. EE6301/Digital Logic Circuits 1. NPTEL counters 1. Design of synchronous sequential Students were able to do Circuits mini projects based on the 17. EE6302/Electromagnetic Theory 1. Technical Quiz 1. Electric and Magnetic field Comparative study of both

9 EC6202/Electronic Devices and Circuits EE6303/Linear Integrated Circuits and Applications 1. Animation Videos 1. PN Junction diode 1. Animated videos 3. Technical quiz 20. EE6501/Power System Analysis 1. NPTEL Videos 21. EE6502/Microprocessors and Microcontrollers 22. EE6504/Electrical Machines - II 1. NPTEL Video 1. Flash Card 2. Mind Mapping 1. IC Fabrication Steps 2. Application of Operational Amplifier 1. Load flow Analysis using Guass Siedal Method 1. Peripheral Interfacing with Microprocessor Three Phase Induction Motor Construction 2. Single Phase Induction Motor 23. IC6501/Control Systems 1. Flashcard 1. Construction of Root locus 24. EE6701/High Voltage Engineering 1. Flashcard 1. Generation of High voltage 25. EE6703/Special Electrical Machines 1. Model based teaching 1. Synchronous reluctance Motor electric and magnetic field was understood by the A clear picture of working of PN junction diode was given Step by step procedure of IC fabrication and Operational amplifier was thoroughly known by the Load flow analysis algorithm was clearly understood which helps the to solve power flow analysis problems Clear picture of peripheral inter facing was given which improves their programming skills Construction of AC machines were known which helps them while studying the course Design of Electrical Machines Step by step procedure for drawing root locus was clearly known by the Various high voltage generation techniques were studied which helps them in doing projects on High Voltage testing. Cut section of synchronous reluctance motor gave a clear view of

10 special machines Even Semester Sl.No. Subject Code/ Name of the Subject Pedagogical Initiatives Adopted Content Outcome 15. EE6402 Transmission and Distribution 1. Model based teaching 2. Model based Teaching 1. Structure of Power System 2. Types of cables Cut section of cables gave a clear idea about the layers of cables Various voltage control 16. methods and its EE6603 Power System Operation 1. Technical quiz 1. Voltage control methods applications were clearly and Control understood by the 17. EE6801 Electric Energy Generation, 1. Mind Mapping 1. Power Tariff Structure of power tariff

11 Utilization andconservation 2. Power Generation Plants in the real time system was known by the